SOMSO MODELLE Nature is Our Model

Transcription

SOMSO MODELLE
Nature is Our Model
M ARCUS S OMMER • S OMSO M ODELLE
Friedrich-Rückert-Straße 54, 96450 Coburg
Fon. (0 95 61) 8 57 40, Fax (0 95 61) 85 74 11
e-mail: [email protected], Internet: www.somso.de
The catalogue
In this catalogue you will find a
specific selection of our original
SOMSO Models. You will find
further SOMSO Models in Internet
under www.somso.de.
By registering in our mailing list
you will automatically receive information on our new publications and,
moreover, get further information on
new models as far as our SOMSO
Models are concerned. Please would
you register under www.somso.de in
Internet or ask one of our specialist
dealers of your choice.
SOMSO MODELS
right on your door step
Our trading partners are selected
companies providing a good service.
You can get information about trading
partners on your door step under
the dealer search column on our
Internet page www.somso.de or by
calling up our service line »0049« (0)
9561 85740 Mondays to Fridays 7 a.m.
to 5 p.m. (European time).
SOMSO-Service
Our trading partners will be only too
pleased to be available to you and
are already looking forward to getting
to know you. No matter whether
you are interested in just one single
model or planning new projects,
our service covers in detail:
®
G
1876
®
®
G
consultancy and planning
1876
spare parts acquisition
repair service in close
co-operation with SOMSO
Delivery and installation service
Once you have made your choice and
have ordered one of our SOMSO
Models from one of our trading partners,
you can rest assured that everything
will be delivered in good time and with
the utmost of care. Our partners are
dedicated to this philosophy and set
highest demands on quality.
SOMSO MODELS in Internet
You can see and get a clear impression
of our SOMSO Models and our
company philosophy under our address
www.somso.de. These pages offer you
an information platform about our
anatomical, zoological and botanical
SOMSO Models. Over and above this,
you will find background information
on our company, its history, news and
press reports and dates and times when
you will find us at fairs and exhibitions. We are already
looking forward to your visit.
Have fun when surfing!
2
SOMSO a full five-year guarantee
No other manufacturer in this
field offers a full five-year warranty on all models - that covers both
durability and workmanship.
CONTENTS
Important Information:
1. SOMSO Modelle are protected
by copyright. The copying of SOMSO
Modelle is prohibited and protected
by law.
ANATOMY
Muscle Figures
Torsomodelle
3
4-5
2. Close co-operation with scientific
institutions ensures that SOMSO
Modelle are always developed
according to state-of-the-art scientific
knowledge.
Digestive Organs
6
Anatomy of Skin and Hair
7
Eye
10
3. SOMSO Modelle - since 1876
highly accurate teaching aids for
schools and science - are made of
durable and recyclable SOMSO-Plast
except for models which are not
suffixed with "S" at the end e.g.
A 37 etc. which are produced in plaster,
which is less durable.
Ear
11
Teeth
12
Nose, Tongue and Larynx
Genital organs, embryonic
13
4. Where finishes, measurements
and weights have been changed
this is due to technical or scientific
improvements. SOMSO Modelle are
delivered with a description key
written in close co-operation with
our scientific advisers.
5. Functional models help to explain
physiological processes. All functional
models are marked with F on our
sites. Functional models are subject
to wear dependent on the material
from which they are made.
Nervous Systems
development, birth
7-10
14-15
Baby Care
15
Circulatory organs
16
Anthropolgical
Skulls
17
Extremities and Joints
18-19
Artificial bone models
22-23
Artificial bone models comparative Anatomy
24-25
ZOOLOGY
Invertebrates
26-27
6. SOMSO Modelle are outstanding
for their natural presentation, assembly
and attention to detail.
Develpoment of Animals
28-29
Amphibians and reptiles
of Central Europe
30-31
7. SOMSO Modelle are predominantly
handmade - only in Sonneberg and
Coburg - by a highly qualified and
skilled workforce.
Vertebrates
All rights are reserved, in particular
reprinting, lifting illustrations,
duplication of translations as well
as any kind of photomechanical and
electronic reproduction also in part,
and call for express permission.
© Copyright 2003 by
Marcus Sommer, SOMSO Modelle.
32
BOTANY
Fungi Models
33
Cryptogams
34
Monocotyledonous plants
Fertilization and Germination Gymnospermous plants
35
Dicotyledonous plants
36-37
Plant Cell, Plant morphology
38-39
ANATOMY
MUSCLE FIGURES
AS 1 ·
Male Muscle Figure
about 1/2 natural size, in
SOMSO-Plast. Separates
altogether into 27 parts:
cranium, brain (2), thoracic
and abdominal wall, halves of
the lung (2), heart (2), liver,
stomach, duodenum, small
and large intestine, right arm,
left arm with four removable
muscles, muscles of the
leg (9), body. On a stand
and base. Height: 86 cm.
(figure 82 cm.), width: 49 cm.,
depth: 38 cm., weight: 7.2 kg.
onal
Educati
compete
nce
e a r s,
er 125 y
S in c e o v
uced
has prod
SOMSO
im e d
m o d e ls a
l
o r ig in a l
u c a ti o n a
ig h e st e d
a t th e h
a te in
s. A c c u r
st a n d a r d
li k e
fe
k e s a li
si o n m a
n
e
im
d
ta il a n d
le .
every de
g p o ss ib
d te a c h in
n
a
g
in
tr a in
AS 3 ·
Male Muscle Figure
about 1/4 natural size, in
SOMSO-Plast. The model
shows the topography of
muscles and is not detachable.
Removable from a base.
Height : 53 cm. (figure
50 cm.), width 33 cm.,
AS 3
AS 1
3
SOMSO
ANATOMY
T O R S O S F O R T E A CH I N G B A S I C
KN OWL E D G E O F T H E HU M A N O R G A N S
MUSCLE FIGURES
AS 4 · Torso
with Head and Interchangeable Male and
Female Genitalia
Natural size, in SOMSOPlast. Separates into 20 parts.
On a base. Height: 92 cm.
(torso 88 cm.), width: 40 cm.,
deth: 26 cm., weight: 12.2 kg.
AS 12 · Torso of Young
Man without Head
AS 20/1
AS 20/1 ·
Small Torso of
Young Man with Head
About 1/2 natural size, in
into 11 parts. On a base.
Height: 52 cm. (torso 49 cm.),
width: 21 cm., depth: 18 cm.
weight: 3.15 kg.
AS 20/4 · Small
Torso of Young Man
without Head
SOMSO-Plast. Separates into
7 parts. Removable from
base. Height: 28 cm. (torso
26 cm.), width: 17.5 cm.,
AS 20/5 B · Small
Torso of Young Man
with Head
AS 12
9 parts. Removable from
base. Height: 37 cm. (torso
35 cm.), width: 17.5 cm.,
depth: 14 cm., weight: 2 kg.
AS 4
AS 20/5B
AS 4
4
VISCERA
AS 4 FEMALE AND MALE
GENITAL ORGANS DISSECTED
AS 20/4
g
fi n is h in
b ly a n d
m
e
ss
a
d
Han
sm e n
a n c ra ft
by Germ
d o n ly in
produce
e
r
–
a
e
ll
e
Mod
h e r e e ls e
g – now
SOMSO
r
u
n.
b
o
C
sm
c r a ft e
rg and
d sk il le d
Sonnebe
n
a
e,
d
d
a
e
fi
in e - m
q u a li
ow mach
n
b y h ig h ly
e
r
a
ts
d
an
mponen
r e ly b y h
Some co
te d e n ti
in
a
p
d
n
le d a
e a ss e m b
r t.
o d e ls a r
m
ll
ork of a
a
w
t
bu
n iq u e
u
a
is
h
ac
so th a t e
AS 16
AS 16 · Torso of
Young Man with Head
AS 23/2
AS 23/2 · Torso with
Head and Open Back
Natural size, in SOMSOPlast, one side with muscles
and interchangeable female
and male genital organs.
Separates into 20 parts.
On a base. Height: 90 cm.,
t p la st ic
R e si st a n
- P la st
SOMSO
knows
SOMSO
of
r e q u ir e d
w h a t is
.
ls
e
m mod
c la ss r o o
,
ts
n d p a in
P la st ic a
n
ti o
d se p a r a
d r e p e a te
n
a
eet
st
h
m
it
nw
la te d to
w h ic h c a
e fo r m u
r
a
ny
,
a
ly
m
b
em
th a t
a n d r e a ss
T h e fa c t
.
ts
rs
n
a
e
e
m
y
ny
q u ir e
a ft e r m a
th e se r e
se
u
in
l
r e st il
m o d e ls a
is .
th
proves
5
T H E " N AT U R A L N E S S "
ANATOMY
D IGESTIVE O RGANS ,
OF
SOMSO
M O D E L S S H O W S T H AT CR A F T S M A NSHI P
C AN BE CO M B I N E D W I T H S E N S I T I V E T E CH N O L O G Y
ANATOMY OF SKIN AND HAIR , NERVOUS SYSTEMS
JS 11· Pancreas
with Spleen and
Duodenum
Natural size, in SOMSOPlast. In one piece. On a
stand with base.
Height: 23 cm.,width: 22 cm.,
depth: 12 cm., weight: 300 g.
LS 9 · Kidney,
Nephron and
Glomerulus
JS 11
Model combination on a
base plate. In one piece.
In SOMSO-Plast. Height:
30 cm., width: 65 cm.,
JS 2/2 ·
Digestive Tract
Natural size, relief model, in
3 parts, the half section of the
stomach can be opened. On
a base plate. Height: 91 cm.,
width: 32 cm., depth: 12 cm.,
weight: 5 kg.
JS 4 · Stomach
Natural size, in SOMSOPlast. Separates into 2 parts,
on a stand with base. Height:
JS 8 · Liver
and Gall Bladder
JS 4
Enlarged approx. 1 1/2 times,
in SOMSO-Plast. In one piece. On a stand with base.
Height: 29 cm., width: 26 cm.,
JS 2/2
JS 8
LS 9
6
M o d e ll e
SOMSO
ce
in sc ie n
university
fields of
In many
M o d e ll e
OMSO
S
n
o
ti
a
c
edu
nge
. The ra
a r e u se d
h ic h
ls
mode w
s
e
d
lu
c
in
a n d th e ir
e ir si z e
th
to
d
r
ll .
it h r e g a
c tu r e - h a
e iv e d w
fo r th e le
nuous
y
ti
ll
are conc
n
ia
o
c
c
e
e
t in th
ti o n e sp
r
a
a
p
m
r
e
k
fo
S
in
o r s ta
SOM O
t p r o fe ss
ment of
e
v
o
r
p
E m in e n
d im
ment an
h a ll .
d e v e lo p
le c tu r e e
th
r
fo
e
ll
e
Mod
KS 2
KS 1 ·
Section of Skin
Enlarged approx. 70 times,
in SOMSO-Plast. The layers
of skin can be removed.
Mounted on base. Height:
KS 3
KS 2 ·
Section of Skin
in SOMSO-Plast. In one
piece. Mounted on board.
Height: 25 cm., width:
35 cm., depth: 5 cm.,
weight: 1.1 kg.
KS 3 ·
Block Model of
Section of Skin
Enlarged approx. 70 times, in
SOMSO-Plast. Showing the
following a) scalp with hair,
b) axilla, c) the hairless skin
of the sole of the foot.
In one piece. On a base.
weight: 2.2 kg.
BS 5
BS 5 · Base of the Head
With removable brain with
arteries, natural size, in
SOMSO-Plast. The brain
separates into 8 parts. Altogether in 9 parts. On a base.
BS 36
BS 6/1 · Median
Section of the Head
Natural size, in SOMSO-Plast.
Not detachable. On a board.
BS 20 · Brain
Natural cast, in SOMSOPlast. Separates into 8 parts:
frontal and parietal lobes (2),
temporal and occipital lobes
(2), medulla (2), cerebellum
(2). On a base. Height:
15 cm., width: 16 cm., depth:
17 cm., weight: 1.1 kg.
BS 20
BS 36 · Transversely
Striated Muscular
Fibre with Motor
End-Plate
SOMSO-Plast. Modelled from
recent electron-microscopy. In
one piece. Mounted on base.
KS 1
BS 6/1
7
T HE
ANATOMY
N ERVOUS
ANATOMY OF THE NERVOUS SYSTEM
–
SEVERAL MODELS
WITH DETAILS OF ELECTRON MICROSCOPIC ACCURACY
SYSTEMS
BS 9 · Half of the Head
Natural size, in SOMSOPlast. On a stand with base.
In one piece. Height: 41 cm.,
weight: 1.3 kg.
BS 21 · Brain
Natural cast, in SOMSOPlast. Two parts, median
section. On a base.
Height: 15 cm., width: 16 cm,
BS 22 · Brain
Natural cast, in SOMSOPlast. Median section.
Altogether detachable into
4 parts. On a base.
BS 25
BS 25/T
BS 26/1 · Sympathetic
Nervous System
BS 25 · Model of
Brain in 15 Parts
Natural size, in SOMSOPlast, after Prof. Dr. J. W.
Rohen, Anatomical Institute
of the University Erlangen.
Separates altogether into
15 parts. Base of the skull
as base. Height: 23 cm.,
weight: 1.8 kg.
BS 25/1 ·
Model of Brain
with Indicated
cytoarchitectural
Areas
Natural size, in SOMSOPlast. After Prof. Dr. Dr.
J. W. Rohen, Department of
Anatomy of the University
Erlangen. The model separates into 15 parts. Base of the
skull as base. Height: 23 cm.,
weight: 1.8 kg.
BS 25/1
BS 25/T ·
Transparent
Brain Model
Natural size, in SOMSOPlast. After Prof. Dr. Dr.
J. W. Rohen, Department of
Anatomy of the University
Erlangen. The model separates into 15 parts.
Mounted on stand with base.
Height 30 cm., width 18 cm.,
length 20 cm., weight 1.1 kg.
BS 25/1
8
About 2/3 of the natural size,
in SOMSO-Plast. Relief presentation of the right side of
the body in particular the
thoracic part, the cardiac
plexus, and the pelvic plexus.
In one piece. On a base
plate. Height: 74 cm.,
width: 25.5 cm., depth: 10 cm.,
weight: 4.3 kg.
BS 35 · Neuron
Enlarged approx. 2500
times, in SOMSO-Plast.
Consisting of nerve cell body
and medullated nerve fibre.
In electron microscopic
enlargement. Separates
altogether into 3 parts.
Removable from base.
BS 35/3 ·
Model of a Synapse
Many times enlarged, in
SOMSO-Plast. After Studiendirektor Christian Groß.
Neuro-tubules, neuro-filaments, synaptic vesicles and
the postsynaptic apparatus
with membrane structure.
In one piece, on a base.
BS 5/5 · Anatomical
Sectional Model of
the Head (combined
with corresponding
MR-Figures)
According to Prof. Dr. Dr. J. W.
Rohen. The model shows the
anatomical structures of 10
consecutive horizontal sections
through the human head oriented to the plane usual in CT and
MR imaging (CA-CP plane)
and which have the same section
thickness (0.8 cm). The sections
were modelled on original preparations and are illustrated
from above. Each cross section
is turnable and removable.
Natural size in special plastic.
With explanatory booklet on the
base. Height: 34 cm., width: 46
cm., depth: 30 cm., weight: 6.2 kg.
BS 35/3
BS 21
BS 26/1
BS 5/5 top view
BS 22
BS 35
BS 9
9
SOMSO
ANATOMY
N ERVOUS
MODELS ARE USED WORLDWIDE AS MEDIA
F OR E DU CAT I O N A L A N D S CI E N T I F I C PU R PO S E S
SYSTEM , EYE AND EAR MODELS
BS 27 · Nervous System
Relief model, about 1/2 of
the natural size, in SOMSOPlast. Schematic presentation
of the central and peripheral
nervous system. In one piece,
on a base plate.
BS 30 · Fifth
Cervical Vertebra
piece, mounted on board.
weight: 1.6 kg.
CS 1
BS 32/37 ·
Spinal Cord with
Nerve Branches
Enlarged approx. 5 times.
The section through the spinal cord is enlarged approx.
10 times. In one piece. In a
transparent case and mounted
on board. In SOMSO-Plast.
Height: 18,5 cm.,
weight: 600 g.
CS 5
BS 27
CS 2/2
CS 1 · Eyeball
BS 32/37
in SOMSO-Plast. Separates
CS 2/2 · Eyeball
with Part of Orbit
9 parts. On a base.
BS 30
CS 13
10
CS 5 · Eyeball
into 6 parts: sclerotic membrane (2), choroid membrane
(2), vitreous humour, lens.
weight: 400 g.
CS 13 · Eyeball
SOMSO-Plast. On a stand
with base. Height: 21 cm.,
weight: 200 g.
DS 3 · Ear
SOMSO-Plast. Tympanic
membrane with malleus, incus and labyrinth with stapes
can be removed. Altogether
3 parts. On a base, with
explanation. Height: 21 cm.,
weight: 1.2 kg.
The inner ear of
DS 5 dismantled
DS 5 · Ear
SOMSO-Plast. Altogether
6 parts. On a base. Height:
DS 5
DS 10 · Section
through the Central
Spiral of the
Cochlea
piece. On a base plate.
weight: 3.8 kg.
DS 13
DS 13 · Labyrinth
QS 69
in SOMSO-Plast. Altogether
in 2 parts. On a stand with
base. Height: 33 cm., width:
weight: 800 g.
QS 69 · The Three
Auditory Ossicles
DS 10
Cast from natural specimen,
in SOMSO-Plast. Malleus,
incus and stapes mounted
under "Plexiglas" cover,
removable. On a base plate.
QS 70/1 · The Three
Auditory Ossicles
with the labyrinth
in SOMSO-Plast. Mounted
under "Plexiglas" cover,
removable. On a base plate.
QS 70/1
DS 3
11
O N LY
ES 22,
U S E D T O D E M O N S T R AT E T H E CO R R E C T WAY
T O B R U S H T E E T H , B E A R S T H E QU A L I T Y S E A L
ANATOMY
T EETH , N OSE ,
THE ORIGINAL MODEL
THE
B U ND E S Z E N T R A L E
FÜR
D E V E L O PE D
I N C O - O P E R AT I O N W I T H
G ESUNDHEITLICHE A U F K L Ä R U N G
IN
C OLOGNE
TONGUE , LARYNX AND CIRCULATORY ORGANS
ES 4/1 · Lower Jaw of
an 18-Year-Old
into 6 parts, on a stand
weight: 1.6 kg.
ES 6 · Case of Teeth
"Keep your Teeth
healthy"
Teeth in natural size, and
shown enlarged in parts, in
SOMSO-Plast. Both healthy
and decayed teeth are shown
in 12 models. In one piece,
under removable transparent
cover. Height: 26 cm.,
weight: 800 g.
ES 4/1
ES 8
ES 8 · Molar
Tooth with Caries
into 3 parts. On stand with
base. Height: 24 cm.,
weight: 400 g.
ES 14 · Development
of a Set of Teeth
ES 22
Natural size, in SOMSOPlast. In one piece. On stand
weight: 700 g.
F
ES 22 · Model
of a Set of Teeth
ES 6
with large toothbrush to
demonstrate how to brush
one's teeth, in SOMSO-Plast.
Without stand and base.
From an original of the
Bundeszentrale fuer gesundheitliche Aufklaerung in
Cologne. Height: 14 cm.,
weight: 1.3 kg.
GS 4 ·
Larynx with Tongue
Natural size, in SOMSOPlast. Separates altogether
ES 14
12
FS 4 ·
Median Section of
the Cavities of Nose,
Mouth and Throat
into 2 parts, on a base
plate. Height: 40 cm.,
weight: 1.6 kg.
GS 4/2 ·
Larynx with Trachea
Natural size, in SOMSOPlast. On a stand with base.
Separates into 2 parts. Height:
18 cm., weight: 700 g.
F
GS 6 · Cartilages
of the Larynx
Functional model, enlarged
approx. 2.5 times, in
SOMSO-Plast. Arytenoid
cartilage, vocal folds and
epiglottis can be moved. On
a base. In one piece. Height:
FS 4
GS 4/2
GS 10 · Functional
Model of the Larynx
SOMSO-Plast. The opening
and closing of the true glottis,
the variation of tension of the
vocal fold and the passage of
air can be demonstrated very
instructively. In one piece.
weight: 1.5 kg.
F
GS 10
GS 6
F
GS 4
13
T HE
ANATOMY
G ENITAL
D E V E L O PM E N T O F A H U M A N B E I N G I M PR E S S I V E LY P O RT R AY E D
IN A CH R O N O L O G I CA L S E R I E S O F M O D E L S
ORGANS , EMBRYONIC DEVELOPMENT, BIRTH , BABY CARE
MS 3
MS 1 · Median
Section of the
Female Pelvis
On a board. Height: 33 cm.,
weight: 1.5 kg.
MS 2 · Median
Section of the
Male Pelvis
Natural size, in SOMSOPlast. Altogether 4 parts.
On a board. Height: 33 cm.,
weight: 1.3 kg.
MS 3 ·
Male Genital Organs
Natural size, in SOMSOPlast. Separates altogether
into 5 parts. On a stand
weight: 1.2 kg.
MS 12
MS 5 · Female
Genital Organs
On a stand with base. Height:
MS 11 · Embryo
in SOMSO-Plast. The model
shows an embryo, approximately 4 weeks old. In one
piece. On a stand with base.
MS 16
MS 12 · Series
Showing Pregnancy
MS 13
Natural size, in SOMSOPlast. Eight models showing
the uterus with embryo and
fetus from the first to the
seventh month of pregnancy.
Each model individually
mounted on a stand and base.
Altogether in 14 parts.
Weight of the series: 3.5 kg.
MS 13 · Pelvis with
Uterus in Ninth
Month of Pregnancy
MS 5
14
The model shows the right
half of the female pelvis in median section. Fetus removable.
Altogether 2 parts. On a base.
MS 15
h
c ti o n w it
e in st r u
r
a
c
y
b
s
Ba
b a b ie
n u r si n g
SOMSO
MS 15 · Fertilization
and Development
of the Human Ovum
up to the 3rd Month
g b a b y,
Te a c h in
b a b y,
newborn
baby
n u r si n g
w it h a g e
e n su r a te
m
o
c
t
h
y
n d w e ig
d m o b il it
1 : S iz e a
and hea
y
d
o
b
l
a
h a ir
2 : N a tu r
yes and
a in te d e
p
d
n
a
3: H
st jo in ts
4: Robu
n is h
- p r o o f fi
5 : Wa te r
ty
r warran
6: 5-yea
Shown by 16 different
models, in SOMSO-Plast.
Collection in a show-case
with removable "Plexiglas"
cover. Height: 49 cm.,
weight: 5.7 kg.
MS 16 · Fetal
Circulatory System
On a base board.
MS 52
MS 58
MS 33/E ·
D OLL FOR B ABY C ARE
In SOMSO-Plast. Undressed.
Size of the head: 36 cm.,
length: 49 cm., weight: 3 kg.
MS 51 · R ELIEF
M ODEL OF THE O VARY
piece. Mounted on board.
MS 59
MS 53/B
MS 33/E
MS 52 ·
Nursing Baby, Female
Corresponding approx.
to the size and weight of
a 6-week-old baby.
In SOMSO-Plast.
Size of the head 35.8 cm.,
length: 54 cm., weight: 3.3 kg.
MS 53/B · Nursing
Baby, Male
Corresponding approx. to
the size and weight of a
6-week-old baby, black in
color. In SOMSO-Plast.
Size of the head 35.8 cm.,
MS 11
MS 51
MS 58 ·
Newborn Baby, Male
In soft SOMSO-Plast.
MS 59 ·
Newborn Baby, Female
In soft SOMSO-Plast.
MS 2
MS 1
15
ANATOMY
C IRCULATORY
M o d e ll e
SOMSO
ls
al Schoo
in M e d ic
ORGANS
al
w m e d ic
on of ne
ti
a
s
c
u
sk
d
ta
e
ti e s
The
U n iv e r si
ts
se
y
b
ts
t
n
r
st u d e
e d in p a
n b e so lv
O
S
M
w h ic h c a
O
.S
M o d e ll e
ff e SOMSO
ip li n e s o
c
is
d
y
n
a
m
al
fo r
fu n c ti o n
fa c tu r e d
re manu
o n s. T h e
a
ss
e
li st ic
le
ll
a
e
e
in
r
d
Mo
p a r t,
is ta n c e
in
ss
,
a
w
o
le
ll
b
a
s
nd a
n c h o o se
r in g v a lu
l areas a
p r o fe ss io
e r sp e c ia
g
v
in
o
nd
c
h
a
c
ls
a
n
e
o
a l te
ta ti
mod
r e p r e se n
h e m e d ic
e
T
k
t.
li
n
e
fe
li
m
move
fo r th e ir
M o d e ll e
c c u r a c y.
ie n ti fi c a
SOMSO
sc
ir
e
th
g and
h a n d li n
HS 23/1
HS 3
HS 20/1
HS 1
HS 7
HS 1 · Heart
Enlarged approx. twice, in
3 parts. On a transparent
base. Height: 33 cm.,
weight: 2.8 kg.
HS 7 · Lungs with
Heart, Diaphragm
and Larynx
HS 3 · Heart
About 3/4 natural size,
in SOMSO-Plast. With
a stand and base. Separates
into 2 parts.
HS 4
HS 10 ·
Circulatory System
Relief model, 1/2 natural size,
in SOMSO-Plast. General
view of the network of vessels of the body. In one piece.
On a base plate.
HS 4 · Heart
On a stand with base.
HS 20/1 ·
Red Blood-Corpuscle
HS 5 · Heart
Approximately twice natural
size, in SOMSO-Plast.
Enlarged approx. 11.000
times, in SOMSO-Plast. In
one piece. Weight 80 g.
HS 23/1 ·
Lobule of the Lung
HS 10
HS 5
16
into 7 parts. Mounted on
board. Height: 39 cm.,
weight: 2.3 kg.
M OD EL P R O D U CED U S I N G CA S TI N G PATTER N S F R O M TH E CO LLECTI O N O F TH E F A C ULT Y
A N TH R O P O LO G Y O F TH E U N I V ER S I TY O F G O ETTI N G EN . E XP ERT OP I N I O N O F M O DE L S
B Y P ROFES S O R D R . H. R O TH E , F A CU LT Y O F A N TH R O P O LO G Y O F TH E U NIVERSITY O F
G OETTI N G EN . A LL M O D ELS I N N ATU R A L S I ZE A N D I N SOMSO-P L A S T.
OF
ANATOMY
F OSSIL
HUMAN SKULLS
S 1 · Reconstruction
of the Skull of
Paranthropus boisei
Site/date of finding: Olduvai
Gorge (Tanzania, East Africa), 1959. Stratum of finding:
bottom bed I Olduvai. Age:
Lower Pleistocene, approx.
1.7 million years. Detachable
in 2 parts. W.: 765 g.
S4
S 3/F
S3
of the Skull of
Homo erectus
Site/date of finding: Sangiran
(Central Java), 1936 and 1939.
Stratum of finding: Djetis formation. Age: Upper Pliocene,
less than 1.9 million years.
Detachable in 2 parts. W.: 820 g.
S6
S2
S 11
S 2/F
S 2/3733 ·
Reconstruction of
the Skull of
Homo ergaster
(KNM-ER 3733)
Site/date of finding: Koobi
Fora, East Turkana Region,
Kenya, East-Africa, 1975.
Age: Upper Pliocene, approx.
1.8 million years. Detchable
in 2 parts. W.: 640 g.
S 2/3722
H. rudolfensis
(soon available)
S 3/1
S1
S 2/KMN
S 5/1 · Reconstruction of the Skull of
Proconsul africanus
Site/date of finding: Rusinga
Island, Kenya,
East-Africa, 1948.
Age: approx.
20 million years
(early Miocene).
Detchable in 2 parts. W.: 200 g.
S 2/F · Reconstruction
of the Femur of Homo
erectus (Trinil 3)
Site/date of finding: Trinil,
Java, Indonesia, 1892. Age:
lower Middle-Pleistocene, approx. 800.000 years. W.: 603 g.
S 2/KNM ·
Reconstruction
of Femur of Homo
ergaster
Site/date of finding: Koobi
Fora, Kenya, East-Africa,
1971. Age: Middle Pleistocene, approx. 1.8 million years
W.: 760 g.
of the Skull of Homo
neanderthalensis
Site/date of finding: La Chapelle aux Saints (Dordogne
France), 1908. Age: middle
Upper Pleistocene (Wuerm
glacial), approx. 40,000 70,000 years old. Separates
into 2 parts. W.: 870 g.
P. æthiopicus
(soon available)
S 5/STs14
S 3/1 · Reconstruction
habilis (O.H. 24)
S5
Site/date of finding: Olduvai
Gorge, region DK 1, east,
1968. Age: approx. 1.85 million
years, Pliocene. Detchable in 2
parts. W.: 510 g.
S 3/F · Femur of Homo
neanderthalensis
Site/date of finding: Feldhofer
Cave, Neander Valley near
Düsseldorf, 1856. Age: middle
Upper Pleistocene (Würm
Glacial), approx. 40 000 - 50
000 years old. W.: 640 g.
sapiens
As an example of the Cromagnon man we have taken a skull
from the series of findings from
Predmost (Czech Republic).
Site/date of finding: Predmost
(North Moravia), 1884 - 1928.
Age: Top upper Pleistocene,
approx. 25.000 years: Separates
into 2 parts. W.: 830 g.
A. afarensis
(soon available)
of the Skull of Australopithecus africanus
Site/date of finding: Sterkfontein (Transvaal, South-Africa),
1947. Stratum of finding:
"member 4" (formerly: lower
breccia). Age: lower pliocene,
approx. 2.5 - 3.0 mill. years.
Separates into 2 parts. W.: 570 g.
S 5/STs14 · Reconstruction of the
pelvis of Australopithecus africanus
Site/date of finding: Sterkfontein, Republic of South Africa,
1947. Age: Upper Pliocene,
approx. 2.5 - 3 million years.
W.: 330 g.
S 6 · Lower Jaw
from Mauer near
Heidelberg, Homo
heidelbergensis
Site/date of find: Mauer (southeast of Heidelberg, Germany
1907. Age: Middle Pleistocene,
approx. 500,000 - 600,000 years.
W.: 600 g.
S 11 · The Steinheim
Skull. Homo heidelbergensis
Site/date of finding: Steinheim
an der Murr, north of Stuttgart,
1933. Age: Middle-Pleistocene,
Mindel-Riss or Holstein
Interglacial Period, approx.
250.000 years. In one piece,
W.: 470 g.
17
SOMSO
ANATOMY
E XTREMITIES
MODELS POSSESS AN
" ORIGINALITY "
FOUND ONLY I N I NDIVIDUALLY
D EVELO PE D A N D S CI E N T I F I CA L LY M AT U R E OR I G I N A L S
AND JOINTS
NS 1 · Normal Foot
Natural size, in SOMSOPlast. In one piece. Height:
NS 2 · Flat Foot
NS 43
NS 3 · Arched Foot
NS 17
NS 44
NS 10 · Muscles of the
Leg with Base of Pelvis
A little under natural size, in
SOMSO-Plast. Separates altogether in 10 parts. Standing
upright, revolving on a stand
weight: 5 kg.
NS 15 · Muscles
of the Arm with
Shoulder Girdle
NS 15
NS 45
NS 18
Altogether in 6 parts. Standing
upright and revolving on a
stand with base. Height:
NS 46
NS 17 · Shoulder Joint
Natural size, in SOMSOPlast. In one piece. On a
stand with base. Height:
NS 18 · Elbow Joint
NS 19
NS 47
Natural size, in SOMSOPlast. In one piece. On a base.
NS 19 · Knee Joint
depth: 14 cm., weight: 300 g
NS 48
NS 20 · Hip Joint
NS 20
NS 2
NS 10
18
NS 1
SOMSO
NS 43 - NS 48
The sections of joint in SOMSO-Plast, documented in a
series of models NS 43 – NS
48. Casts from natural bone
sections with topography of
muscles, ligaments, vessels and
nerves. Each with explanation
on the base plate. Under
removable transparent cover.
NS 43 · Section
through the Knee
Joint
Natural size, in SOMSOPlast. Sagittal section. In
one piece. Height: 26 cm.,
weight: 800 g.
NS 44 · Section
through the Hip
Joint
Frontal section. In one piece.
NS 45 · Section
through the Hand
Sagittal section. In one piece.
NS 46 · Section
through the Elbow
NS 47 ·
Section through
a Normal Foot
q u a li ty
ng
w it h a lo
fu n c ti o n
ls
al mode
s o f th e
l fe a tu r e
ia
c
e
sp
ls
e
Th
al mode
fu n c ti o n
O
S
M
ti
SO
oduc on
li k e r e p r
fe
li
e
th
are
on of an
u ti li sa ti
l o f h ig h
a n d th e
m a te r ia
ic
st
la
p
e la st ic
y.
u
d r a b il it
m o d e ls
n c ti o n a l
y
fu
O
S
r a n a to m
f SOM
e a r ti c u la
n ta g e s o
a
th
v
f
d
o
a
n
e
o
Th
le
o d u c ti
le fl e x ib
n ti c r e p r
d durab
n
a
1 . Au th e
h
g
u
u a li ty, to
le
2 . To p q
a m e n ts
e r p o ss ib
r th e li g
fo
ic
st
s wherev
n
o
p la
e st a n d
ti
c
th
e
n
le fr o m
ew con
b
r
a
sc
v
f
o
o
m
e
r
3 . U se
n d le b y
c a l to h a
4 . P r a c ti
n b a se
5 . Ke y o
ty
r warran
a
6. 5-ye
F
NS 52
NS 50 ·
Functional Model
of the Knee Joint
Natural size, in SOMSOPlast. Removable from base.
NS 51 ·
Functional Model
of the Hip Joint
Natural size, in SOMSOPlast. Removable from stand
weight: 1,25 kg.
NS 53 ·
Functional Model of
the Shoulder Joint
weight: 650 g.
NS 52 · Functional
Model of the Elbow
Joint
weight: 650 g.
F
NS 51
NS 48 ·
Section through the
Shoulder Joint
F
Frontal section. In one piece.
F
NS 53
NS 3
NS 50
19
Over 1,000
anatomical, zoological
and botanical models
A family-run firm
founded in 1876
Applying to nearly every one of these models is the „SOMSO SUN“, the instantly reco-
The company has been owned and
gnisable and world famous registered trade
managed by five generations of the
mark. To produce the teaching aids for stu-
Sommer family since it was first
dying anatomy, zoology and botany the com-
established in 1876.
pany has a quite simple, but demanding
philosophy: „Nature is Our Model“.
Each and every model
in the range demonstrates SOMSO’s
commitment to the highest standards of scientific accuracy and artistry.
The Sommer family
management in 2001.
Nature is
From concept through
prototype to limited or series
production, only specialist
scientists, model makers and
technicians are employed to produce
the highest quality models, accurate down
to the finest detail.
SOMSO Modellesubject to stringent
quality controls
SOMSO’s primary concern is for
Hand assembly and
finishing by German
craftsmen
SOMSO Modelle are produced only
quality. Quality that passes the tests for
in Sonneberg or Coburg - nowhere else -
scientific accuracy, paintwork, function,
by highly qualified and skilled craftsmen.
durability and materials. Genuine SOMSO
Some components are now machine-made,
Modelle reflect these quality criteria,
but all models are assembled and painted
and their base material is virtually
entirely by hand so that each is a unique
unbreakable SOMSO-Plast.
work of art.
World-wide appreciation
from the science and
teaching professions and
from museums
SOMSO Modelle are indispensable for
SOMSO SUN, the
symbol of quality
practical teaching of general biology in
schools. The „Nature is Our Model“ range
SOMSO was founded in Sonneberg,
Thuringia more than 125 years
accuracy, quality and colour, enabling
students to experience nature in an
ago. Since then, SOMSO Modelle
incomparable, hands-on manner.
have proved to be the benchmark
to which others aspire, recognised
Appropriately proportioned
by the most discerning experts
SOMSO Modelle are in use
as the ultimate for teaching aids
in science laboratories and
and scientific demonstration. For
lecture halls of universities
the Sommer family this is the
and colleges throughout the
motivation that drives them to
world, making an important
contribute now, and in the future,
contribution to the efficient
to training and teaching in the
instruction of trainee
service of science
doctors and nurses.
Our Model
SOMSO Model
today
is superbly instructive, particularly in
For many decades, SOMSO Modelle
have been permanently displayed in
private collections and public museums,
and are of unique interest to specialists and
lay visitors alike.
Historical
SOMSO Model
made of papier
mâché from 1899
The SOMSO-Museum
in Sonneberg/Thuringia
Marcus Sommer founded the SOMSO workshop on 17th July 1876 in Sonneberg,
Thuringia, Germany.
On the occasion of the 125th anniversary
of SOMSO Modelle the Family Sommer has
opened the SOMSO Museum at the parent
company in Sonneberg, Thuringia. At the
present point you are able to see in 10 different stages the variety of SOMSO Modelle
and their 125-years history.
N AT U R A L
ANATOMY
A RTIFICIAL
FOR
B O N E S T R U CT U R E I S T H E E S S E N T I A L YA R D S T I CK
SOMSO
A RT I F I C I A L B O N E P R E PA R AT I O N S
BONE MODELS
QS 3 · Artificial
Skull of a Fetus
Modeled according to
nature, in SOMSO-Plast.
Upper and lower jaw are
open. Weight: 180 g.
QS 3/2 · Artificial
Skull of Child
(About 6 Years Old)
QS 3
Natural cast, in SOMSOPlast. Altogether 2 parts.
Weight: 380 g.
QS 3/2
QS 7 · Artificial
Human Skull
Natural cast, in SOMSOPlast. Separates into 3 parts.
Weight: 800 g.
Human Skull, Female
Weight: 700 g.
QS 7/6
QS 7/E · Artificial
Human Skull
QS 7/E
Weight: 800 g.
Human Skeleton
Natural cast of the bones of a
male adult, in SOMSO-Plast.
With rollers on the base
of the stand. Height: 180 cm.
(skeleton 170 cm.),
weight: 10.4 kg.
QS 10/E · Artificial
Human Skeleton w. ill.
Mounted upright on a stand.
With a dustproof cover.
Height: 179 cm. (skeleton
170 cm.), width: 55 cm.,
QS 7
QS 8/3 ·
14-Piece Model of
the Human Skull
Natural size, made from
SOMSO-Plast after Prof. Dr.
Dr. J. W. Rohen, Department
of Anatomy, University of
Erlangen. Weight: 700 g.
QS 8/3
QS 9 ·
Artificial Bauchene
Skull of an Adult
QS 9
22
QS 10/1
The height and dimensions comply with
the Central European average.
Maximum
cranium circumference:
Female = 50.8 cm.,
male = 51.2 cm.
Cranium length (Glabella-Ophistocranion line):
Female = 18.3 cm.,
male = 17.5 cm.
Cranium width
(Euryon distance):
Female = 12.8 cm.,
male = 14.1 cm.
Hand skeleton length
(Stylion-Dactylion III):
Female = 18 cm.,
male = 19 cm.
Foot skeleton length
(Pternion-Acropodion):
Female = 22.2 cm.,
male = 25 cm.
Detail – Hyoid bone
QS 10/6
QS 10/8
QS 10/9
Human Skeleton
Human Skeleton
Human Skeleton
As QS 10/1, but on the right
side presentation of the articular ligaments on the knee, the
hip, the elbow and on the
shoulder. Weight: 11.2 kg.
female adult, in SOMSO-Plast.
With rollers on the base of the
stand. Height: 181 cm. (skeleton 171 cm.), width: 55 cm.,
The right side shows all the muscles from head to foot with
their areas of origin and onset in
colour (origin = red, onset =
blue). On the left side the single
bones are numbered (more than
500 numbers). Weight: 10.4 kg.
QS 17 · Vertebra
Choose from cervical, thoracic
or lumbar vertebra.
Weight: cervical vertebra 20 g,
thoracic vertebra 25 g,
lumbar vertebra 60 g.
Detail – Thorax bone from the top
The assembly of SOMSO skeletons is
anatomically correct, functional and
practice-orientated.
QS 61 · Construction
of Bone
Enlarged many times in SOMSO-Plast. Shown in a wedge
segment from the compact
part of a pipe bone. Shows
Haversian lamellae, outer bone- and interstitial lamellae
etx. In one piece. On a base.
Detail – Wrist bone
QS 17
QS 61
Detail – Tarsus bone
23
C O M PA R AT I V E A N AT O M Y I N C O O P E R AT I O N WI T H
ANATOMY
A RTIFICIAL
BONE MODELS
THE S TAT E Z O O L O G I CA L CO L L E CT I O N I N
–
M U N I CH
COMPARATIVE ANATOMY
QS 55 · Movements
of Muscles in the
Upper Arm
The muscles of the upper arm are
of an elastic material. By bending
and stretching the arm the flexion and extension of the muscles
can be shown. Weight: 740 g.
F
QS 55/2 · Movement of
Muscles in the Upper
Arm and Forearm
QS 23
Showing the bending and stretching muscles of the upper arm
and the rotator muscles of the
forearm. On a stand and base.
QS 65 · Cervical
Vertebral Column
F
in SOMSO-Plast. Removable
on a stand with base.
QS 26
QS 55
Demonstration of wrong
position with SOMSOvertebral column
1. Flat back
2. Hollow back
3. Round back
Separates altogether into
4 parts. On a base.
QS 21/5
QS 21/5 · Vertebral
Column with Pelvis
QS 26 · Skeleton of
Female Pelvis
in SOMSO-Plast. Mounted
and flexible, showing the arteria vertebralis, the spinal
cord, the spinal nerves leaving
it and the connected ganglion
cells. With prolapse of the
intervertebral disc and
laminectomy. With stand
for hanging. Weight: 3.6 kg.
Cast from natural specimen, in
SOMSO-Plast. Consisting of
the two upper parts of ilium,
sacrum and coccyx and 4th
and 5th lumbar vertebrae, as
QS 31/4
well as the discs and symphysis. Mounted. Weight: 1.1 kg.
QS 23 · Skeleton of
the Foot (Elastic
Mounting)
in SOMSO-Plast. With numbering. Weight: 440 g.
F
F
QS 65
QS 31/4 · Hand
Skeleton, Right
(Movable Joint
Mechanisms and
Colour)
F
F
Life-size, made of SOMSOPlast, with lower arm
attachment. In one piece.
Weight: 200 g.
QS 55/2
24
F
QS 68/3 · Central and
Dorsolateral Hernia
of Intervertebral Disc
QS 68/3
ZoS 50 · Skull of Gorilla
Gorilla g. gorilla (Savage a. Wyman
1847), male, in SOMSO-Plast. Natural cast. Lower jaw movable and
can be removed. Weight: 1.07 kg.
ZoS 53 ·
Skull of Chimpanzee
ZoS 53/107
Pan tr. troglodytes (Blumenbach
1799), male, natural cast, in SOMSO-Plast. Lower jaw movable and
can be removed. Weight: 420 g.
ZoS 53/1 · Skull of Young
Chimpanzee
Pan tr. troglodytes (Blumenbach
1799), natural cast, in SOMSOPlast. Lower jaw movable and can
be removed. Weight: 160 g.
ZoS 53/2 ·
Skull of Chimpanzee
Pan tr. troglodytes, female, natural
cast, in SOMSO-Plast. Lower jaw
movable and can be removed.
Weight: 500 g.
ZoS 53/4 ·
Skull of a Rhesus-Ape
Macaca mulatta, male, natural
cast, in SOMSO-Plast. Lower jaw
movable and can be removed.
Weight: 160 g.
ZoS 53/110
ZoS 53/116
ZoS 53/107 · Artificial
Skull of Chimpanzee Male
natural cast, in SOMSO-Plast.
Separates in 3 pieces. Weight: 607 g
Skeleton of Chimpanzee
ZoS 53/131
ZoS 53/122
Pan. tr. troglodytes, Natural cast
of the bones of an adult male, in
SOMSO-Plast. Skull can be separated in 3 pieces. The right and
left foot can be detached from the
leg. Mounted upright on a stand.
depth: 40 cm., weight: 10.3 kg
Pelvis of a Chimpanzee
ZoS 53/4
Natural cast, in SOMSO-Plast.
Weight: 640 g
ZoS 53/2
Foot Skeleton of a
Chimpanzee
Weight: 120 g
ZoS 50
HandSkeleton of a
Chimpanzee
Weight: 107 g
ZoS 53/1
ZoS 53
25
PRECISE
ZOOLOGY
D E TA I L S A N D A E S T H E T I C S M O D E L L E D O N N AT U R E
I NVERTEBRATES
More models of this series
are shown in our zoological
catalogue A 74/2+3. Please
ask for it in case of demand!
The series of the insects was
developed in co-operation
with Dr. E. Schicha.
In SOMSO-Plast, each on a
stand with base.
ZoS 49/31
The world of insects – a series
of SOMSO models. The flea,
louse, white ant, aphid, ant
and fly models are the first of
a series of small insect models
with which comparative
morphology and phylogeny
can be studied. Proposed additions to the new series of
insect models; springtail ZoS
49/3, silverfish ZoS 49/5 and
ground beetle ZoS 49/26.
ZoS 49
ZoS 49/32
ZoS 47/1 · Model
of the Worker Bee
Honey-bee, Apis mellifica,
enlarged approximately
25 times, in SOMSO-Plast.
Altogether in 3 parts.
On a stand with base. Height:
ZoS 48/1 · Head of Bee
Apis mellifica, modelled from
nature on a scale 50 : 1,
in SOMSO-Plast. After
Dr. E. Schicha. Separates into
2 parts. On a stand and base.
ZoS 47/1
ZoS 48/2 ·
Head of a Butterfly
Pieris brassicae, according
to nature on a scale 50 : 1.
Altogether 5 parts.
Height: 82 cm. (with antennae), width: 18 cm.,
ZoS 48/3 ·
Head of a Gnat
Culex pipiens, head of a
female gnat, according to
nature on a scale 80 : 1.
depth: 45 cm., weigth: 800 g.
ZoS 48/4 · Head of a Fly
Musca domestica, according
to nature on a scale 50 : 1.
ZoS 48/6 ·
Model of the Head
of a Cockroach
Periplaneta americana. Modelled from nature on a scale
50 : 1. Separates into 3 parts.
depth: 18 cm., weigth: 1 kg.
ZoS 49 · Compound
or Facet Eye
enlarged approximately
Showing the delicate
histological structure.
ZoS 49/31 ·
Model of a Fly
ZoS 48/3 ·
Musca domestica - common
housefly. This model of a
housefly on a scale of 30 : 1.
ZoS 48/6
ZoS 49/32 · Flea
ZoS 48/1
ZoS 48/4
ZoS 48/2
26
Ctenocephalides felis.
The cat flea is modelled to a
scale of approx. 70 : 1 being
18 cm long from head to tip
of abdomen and 22.5 cm high
including the streched legs.
ZoS 101
ZoS 116/3
ZoS 107 ·
Slipper Animalcule
Paramecium, enlarged approx.
After Studiendirektor Christian
Groß. Separates into 2 parts, on
a stand with base and explanatory notes. Height: 61 cm.,
weight: 2.7 kg
ZoS 101/1
ZoS 107
ZoS 101 · Model of a
Single Cell Changing
Animalcule
Amoeba proteus, enlarged
approx. 1000 times linearly after
Prof. Dr. M. Lindauer and Studiendirektor Christian Groß. In
SOMSO-Plast. On a base with
explanatory notes. Separates
into 2 parts. Height: 8 cm.,
weight: 1.8 kg.
ZoS 101/1 ·
Globorotalia menardii
ZoS 106
Plantonic foraminifer, in
SOMSO-Plast. In co-operation
with Dr. Barbara Donner.
Size 0,5 mm (ø), weight: 104 g.
ZoS 106 ·
Fresh Water Polyp
Hydra, enlarged approx. 30
times, in SOMSO-Plast. After
Studiendirektor Christian Groß.
In one piece, on a base with
explanatory notes.
ZoS 121
ZoS 108 · Earthworm
Lumbricus terrestris, enlarged
25 times, in SOMSO-Plast. After
Studiendirektor Christian Groß.
Separates into 3 parts, on a stand
with explanatory notes on
the base. Height: 25 cm.,
weight: 2.2 kg.
ZoS 114 · Star-Fish
Asterias, many times enlarged,
in SOMSO-Plast. After Studiendirektor Christian Groß. The
model can be taken from its
stand. Altogether in 3 parts.
ZoS 116/3 · Model-Board
of the Tape-Worm
Enables comparison of the
pork tape-worm, Taenia solium
with the beef tape-worm. Taenia
saginata, enlarged many times,
in SOMSO-Plast. After Studiendirektor Christian Groß. In
one piece, on a base plate.
ZoS 121 ·
Model of a Water-Flea
Daphnia pulex, in SOMSOPlast, after Studiendirektor
Christian Groß. In total the
model separates into 6 parts.
On a stand and base.
Height: 50 cm., width: 42.5 cm.,
ZoS 108
ZoS 114
27
SOMSO
ZOOLOGY
D EVELOPMENT
OF
M O D E L S M A K E CE L L G R O W T H V I S I B L E
A NIMALS
ZoS 54/1 · Models
of the Hearts of
Vertebrates
In SOMSO-Plast. Altogether
7 models, natural size and
slightly enlarged, mounted
on a base each. 1. Fish (Esox
lucius), 2. Frog (Rana esculenta), 3. Tortoise (Emys
orbicularis), 4. Crocodile
(Crocodylus niloticus), 5.
Bird (golden eagle) - (Aquila
chrysaetos), 6. Dog (Canis
lupus familiaris) and 7. Human Being (Homo sapiens).
ZoS 54/1
ZoS 55 · Models of the
Brains of Vertebrates
In SOMSO-Plast. Altogether 8
models (many times enlarged):
1. Lampetra fluviatilis, 2. Dogfish (Scyliorhinus caniculus),
3. Trout (Salmo trutta fario), 4.
Frog (Rana esculenta), 5. Alligator (Alligator mississippiensis), 6. Dove (Columba livia
domestica), 7. Rabbit (Oryctolagus cuniculus), 8. Dog (Canis
lupus familiaris). Each on a base.
ZoS 57 ·
Division of the Cell
ZoS 55
Enlarged many times, in
SOMSO-Plast. Altogether
8 models. Individually mounted on stands, with bases.
ZoS 57/1 · Mitosis
After Studiendirektor Christian Groß. Enlarged many times,
in SOMSO-Plast. 8 separate
models, each in one piece.
The models are mounted individually on a stand with base.
ZoS 103
ZoS 57/2 · Meiosis
ZoS 120
ZoS 103/5
ZoS 110/1
28
ZoS 59/M
As a component of cell division, shown by 8 models with
2 explanatory introductory
models, enlarged many times,
in SOMSO-Plast. After Studiendirektor Christian Groß.
In one piece. Individually
mounted on a stand with base.
ZoS 57/3 · Change of
Nuclear Phases in the
Maturation of Sperm
and Ovum (Meiosis)
Many times enlarged. After
Studiendirektor Christian
Groß. In SOMSO-Plast.
Consisting of 5 single models.
Individually mounted on
stand with base.
Weight of the series: 2 kg.
ZoS 57/4 ·
Chromosome Model
Scale 50,000 : 1, made of
SOMSO-Plast. The model as
been made in co-operation
with Studiendirektor Christian Groß. In one piece,
on a base. Height: 46 cm.,
weight: 1,4kg.
ZoS 58 · Equal Cell
Division and the
Formation of the
Nuclear Membrane
in the Branchiostoma
Lanceolatum
Amphioxus, Lancelet, enlarged approx. 500 times, in
SOMSO-Plast. Nine models
(A - J) on stands with bases
show the various stages in cell
division, the formation of the
blastula and original membrane. In one piece. Weight of the
series: 1.9 kg.
ZoS 59/M · Lancelet
Cross section, enlarged approx. 150 times, in SOMSOPlast. In one piece,
ZoS 103 · Structure of
Chicken's Egg
After Studiendirektor Christian Groß. Enlarged 6.5 times
linearly, in SOMSO-Plast. In
one piece, on a stand and base
with explanatory notes.
ZoS 103/5 ·
Chicken's Embryo
After Approximately
4 Days Incubation
enlarged 45 times linearly.
In SOMSO-Plast. In one
piece, on a stand with base.
ZoS 110/1 ·
Animal Cell
Enlarged 10000 times, in
SOMSO-Plast. After Studiendirektor Christian Groß. In
one piece, on a stand with base
and explanatory notes. Height
of the model: 22 cm., total
height: 37 cm., width: 18 cm.,
ZoS 120 · Animal Cell
ZoS 57/4
SOMSO-Plast. After Studiendirektor Christian Groß. In
one piece, on a stand with base.
ZoS 57
ZoS 57/1
ZoS 58
ZoS 57/3
ZoS 57/2
29
A
ZOOLOGY
A MPHIBIANS
30
SERIES OF LIFE-SIZE MODELS FROM ABOUT
SPECIAL
AND REPTILES OF
53
S PE CI E S .
LIST ON REQUEST
C ENTRAL E UROPE
ZoS 1008 ·
Midwife Toad, Male
ZoS 1008/1 ·
Midwife Toad,
Female
ZoS 1023 ·
Edible Frog, Male
ZoS 1024 ·
Edible Frog, Female
Alytes obstetricans. Height:
7.5 cm., width: 12 cm., depth:
Alytes obstetricans. Height:
Rana esculenta. Height:
7.5 cm., width: 12 cm.,
Rana esculenta. Height:
7,5 cm., width: 12 cm., depth:
ZoS 1012 ·
Common Toad, Male
ZoS 1013 · Common
Toad, Female
ZoS 1017 ·
Common Frog, Male
ZoS 1018 ·
Common Frog, Female
Bufo bufo. Height: 7.5 cm.,
weight: 200 g.
Bufo bufo. Height: 7.5 cm.,
weight: 200 g.
Rana temporaria. Height:
Rana temporaria. Height:
ZoS 1014 ·
Natterjack
ZoS 1015 ·
Green Toad
ZoS 1025/1 ·
Greek Tortoises, Male
Bufo calamita.
Height: 7.5 cm., width: 12 cm.,
Bufo viridis. Height: 7.5 cm.,
weight: 200 g.
Testudo hermanni.
Height: 10 cm., width: 18 cm., depth:
ZoS 1010/1 ·
Fire-Bellied Toad
ZoS 1009 ·
Yellow-bellied Toad
Bombina bombina. Height:
Bombina variegata. Height:
ZoS 1004 ·
Alpine Newt,
Male and
Female
Triturus alpestris.
Height: 7.5 cm.,
width: 12 cm.,
ZoS 1006 ·
Crested Newt,
Male and
Female
ZoS 1016/1 ·
Common Tree Frog,
Female (2 models)
ZoS 1025 · European
Pond Terrapin, Male
Hyla arborea. Height:
Emys orbicularis. Height:
Triturus cristatus.
Height: 14 cm.,
width: 18 cm.,
depth: 18 cm.,
weight: 200 g.
R EA LISTIC
LIFE - SI ZE AMP HIBIAN S A N D REP TILES O F
C A N B E A C C U R AT E LY I D E N T I F I E D US I N G
I N C O - O P E R AT I O N WI T H
SOMSO
C E N T R A L E U R O PE
MODELS.
THE
S E R I E S WA S DE V E L O P E D
S TUDIENDIREKTOR C H R I S T I A N G R O ß .
is
N a tu r e
del
o
M
r
Ou
ZoS 1000 · Alpine Salamander
on
p r o d u c ti
e g a r d to
is
O
- w it h r
S
M
th a t S O
it m e a n s
to th e
n
w
o
d
us
m e ti c u lo
e c ia ll y
d e ta il ,e sp
st
e
ll
a
sm
th e
o k in g o n
l
w h e n lo
e a n im a
th
f
v ie w o
l
a
m
tr
r
n
e
fo
v
o th
e s - in b
es
sc u lp tu r
d r e p ti li
n
a
s
n
ia
ib
h
p
g
am
si n
n ti fi e d u
a c y. T h e
fi c a c c u r
a te ly id e
r
ti
c ia ll y
u
n
c
a
c
r
ie
a
e
sc
r
e
and
tu r e s a
e can b
p
lp
o
u
r
sc
u
e
ls
l
a
a
o f c e n tr
. A ll a n im
M o d e ll e
.
e
O
r
S
tu
M
a
O
n
S
to
c c o r d in g
ty p ic a l a
Salamandra atra.
Height: 7.5 cm.,
width: 12 cm.,
depth: 12 cm.,
weight: 100 g.
ZoS 1001 · Fire Salamander,
Male
Salamandra s. salamandra.
Height: 7.5 cm.,
width: 12 cm.,
ZoS 1002 · Fire Salamander,
Female
Salamandra s. salamandra.
Height: 7.5 cm.,
width: 12 cm.,
ZoS 1026/2 · Slow Worm,
Female
ZoS 1206 · Chameleon
Anguis fragilis.
Height: 6.5 cm.,
width: 32 cm.,
Chamaeleo.
Height: 15 cm,
width: 12 cm,
depth: 12 cm,
weight: 150 g.
ZoS 1027 · Common Wall Lizard,
Male
ZoS 1033 · Grass Snake,
Female
Podarcis muralis.
Height: 11 cm.,
width: 18 cm.,
Natrix natrix.
Height: 6.5 cm.,
width: 32 cm.,
ZoS 1027/1 · Common Wall Lizard,
Female
ZoS 1036 · Common Viper,
Young Male
Podarcis muralis,
Height 10 cm.,
width: 18 cm.,
Vipera berus.
Height: 10 cm.,
width: 18 cm.,
ZoS 1030 · Sand Lizard
ZoS 1204 · Moorish Gecko,
Male
Lacerta agilis.
Height: 10 cm.,
width: 18 cm.,
depth: 18 cm.,
weight: 230 g.
ZoS 1030/1 · Hedge Lizard, Female
Lacerta agilis.
Height: 7.5 cm.,
width: 12 cm.,
depth: 12 cm.,
weight: 100 g
Tarantola mauritania.
Height: 8 cm,
width: 12 cm,
depth: 12 cm, weight: 200 g.
ZoS 2001 ·
Sea-Horse
Hippocampus.
Height: 8,5 cm,
weight: 50 g.
31
SOMSO’ S
ZOOLOGY
A N AT OMI CA L A N I M A L M O D E L S
A LWAY S CO M P LY W I T H T H E L AT E S T S TA N D A R D S
V ERTEBRATES
ZoS 1 · Cow
Approximately 1/3 natural
size, in SOMSO-Plast. Altogether 11 parts. Mounted on a
removable base with rollers.
Showing the paunch puncture.
ZoS 6/1 · Ruminant
Stomach of the Cow
ZoS 100
ZoS 6/1
1/3 natural size, in SOMSOPlast. Separates into 3 parts.
On a stand and base. Height:
ZoS 18/1 · Model of
a Breeding Pig (Dam)
based on a breeding pig from
the Bavarian State Institute
for Animal Breeding in Grub,
approx. 1/2 natural size, in
altogether into 17 parts.
Height: 48 cm., width: 102
cm., (-length of the model),
ZoS 18/1
ZoS 26 · Domestic Hen
Natural size, in SOMSOPlast. Modelled from a natural skeleton. Altogether in
5 parts. On a base. Height:
26 cm., weight: 2.4 kg
ZoS 1
ZoS 100 · Water Frog
Rana esculenta. After Studiendirektor Christian Groß.
Illustration ratio: 4 : 1, in
SOMSO-Plast. Separates altogether into 3 parts. On a
base plate. Height: 39 cm.,
weight: 3.9 kg.
ZoS 105 · Model of the
Anatomy of a Bony Fish
ZoS 115
The model is that of a carp cyprinus carpio. In SOMSOPlast. Modelled from life in
natural size. Intestines, airbladder and testicles removable. Separates into 4 parts.
ZoS 26
ZoS 105
32
In preparation are the following
detachable models: ZoS 27 Cat,
ZoS 109 Model of a Sheep-Dog
ZoS 115 ·
Anatomy of the Head
of a Venomous Snake
Adder, Vipera b. berus (Linne), enlarged approximately
After Studiendirektor Christian Groß. Not detachable,
A
SERIES OF LIFE - SIZE MODELS FROM OVER
230
SPECIES
BOTANY
F UNGI
MODELS
BoS 14/1 · White Mould
Mucor mucedo, enlarged approx. 250 times, in SOMSOPlast, according to Prof. Dr.
W. Weber. The model shows
sexual and nonsexual generation. Separates into 3 parts.
On base plate with explanatory note. Height: 18.5 cm. ,
width: 32 cm., depth: 25.5
cm., weight: 600 g.
BoS 31
BoS 28 · Cantharellus Cibarius
FR. Edible. Height: 9 cm.,
weight: 200 g.
BoS 29 · Leccinum
Aurantiacum
BoS 14/1
(BULL. ex ST. AM.) S.F.
GRAY. Edible. Height: 20 cm.,
weight: 600 g.
BoS 41
BoS 31 ·
Boletus Edulis
BULL. ex FR. Edible.
weight: 350 g.
BoS 28
BoS 41 ·
Amanita Muscaria
(L. ex FR.) HOOKER.
Poisonous. Height: 20 cm.,
weight: 500 g.
BoS 226 · Development of Hat Fungi
natural size, in SOMSOPlast. Submitted to Dr. rer.
nat. A. Meixner, graduate
chemist and fungi expert,
Stuttgart. Can be separated
weight: 2 kg.
BoS 227
BoS 227 · Structure
of Hat Fungi
Large model, in SOMSOPlast. Submitted to Dr. rer.
nat. Axel Meixner, graduate
chemist and fungi expert,
Stuttgart. Can be separated
into 4 pieces. On a base.
Height: 45 cm., width: 40
cm., depth: 32 cm., (cap diameter 35 cm.), weight: 5.4 kg.
BoS 29
BoS 226
33
S E PA R A B L E SOMSO
BOTANY
FLOWER MODELS
–
AN EVE R E XPAN D I N G CO L L E CT I O N
CRYPTOGAMS
BoS 14/3-A · Marchantia Polymorpha
BoS 14/4-A ·
Common Horsetail
Approx. 10 times actual size,
in SOMSO-Plast. After Prof.
Dr. W. Weber. Separates into
5 parts. On a base with explanatory note. Height: 19 cm.,
weight: 1 kg.
Equisetum arvense, fertile
shoot approx. 6 x life size,
sporophyll with sporangia
approx. 50 x life size, vegetative shoot approx. 3 x life size, in SOMSO-Palst. After
Prof. Dr. W. Weber.- In one
piece. On a stand with base
and explanatory note. Height:
15 cm., weight: 1 kg.
BoS 14/2 · Marchantia
Polymorpha
Antheridium, enlarged approx. 1500 times, in SOMSOPlast. After Prof. Dr. W. Weber. In one piece and on a
base with explanatory note.
H.: 35 cm., w.: 18 cm., d.: 18
cm., w.: 1 kg.
BoS 14/3 · Marchantia
Polymorpha
Archegonium, enlarged approx.
After Prof. Dr. W. Weber. In
one piece and on a base with
explanatory note. H.: 36 cm.,
w.: 18 cm., d.: 18 cm., w.: 700 g.
BoS 14/2
BoS 14/4 · Horsetail
Equisetum arvense, Sporophyll
with sporangium enlarged approx. 50 times, spore with unrolled and rolled up spore
bands enlarged approx.
After Prof. Dr. W. Weber.
In one piece. On a stand with
base. H.: 30 cm., w.: 33 cm.,
d.: 15 cm., w.: 800 g.
BoS 14/3
BoS 14/6 · Model of the
Mnium Affine (Gametophyte with Sporophyte)
SOMSO-Plast. After Prof.
Dr. W. Weber. Consists of 6
parts. On a stand with base
and explanatory note. Height:
BoS 14/3-A
BoS 14/5 · Male fern,
Prothallium
Dryopteris filix-mas, approximately 45 times size of original, in SOMSO-Plast. After
Prof. Dr. W. Weber. In one
piece. On a stand with a base
with explanatory note.
BoS 14/6
BoS 14/5
BoS 14/5-A ·
Male fern, Spore
formation
Dryopteris filix-mas, enlarged approximately 550 times
(Sporangium) / 850 times
(Spore tetrad and germinating), in SOMSO-Plast. After
Prof. Dr. W. Weber. Supplied
on a stand with explanatory
note on the base and in one
piece. Height: 30 cm.,
width: 18.5 cm.,
BoS 14/5-A
BoS 14/4-A
BoS 14/4
34
MONOCOTYLEDONOUS PLANTS
BoS 15/5 · Ear of Rye
BoS 15/3 · Tulip Bulb
Secale cereale, enlarged approx.
After Prof. Dr. W. Jung and
Prof. Dr. W. Weber. Separates
into 4 parts. On a stand with
base and explanatory note.
Tulipa gesneriana, enlarged
approx. 5 times, in SOMSOPlast. After Prof. Dr. W.
Weber. Separates into 3 parts.
On a base with key.
Heigth: 31 cm., width: 18 cm.,
BoS 15/2 · GardenTulip, Flower
Tulipa gesneriana, enlarged
approx. 4 times, in SOMSOPlast. After Prof. Dr. W. Jung
and Prof. Dr. W. Weber.
Separates into 3 parts. On a
BoS 18 · Model
of a Cross-Section of
a Wheat-Grain as an
Example of a Caryopsis
BoS 15/5
BoS 15/3
Triticum aestivum L.,
enlarged approx. 75 times,
Dr. W. Jung. Separates into
2 parts, on a stand with base.
BoS 15/2
BoS 18
BoS 15/30
FERTILIZATION AND GERMINATION GYMNOSPERMOUS PLANTS
BoS 15/30 ·
Scotch Pine, Male
BoS 19 · Fertilisation
of the Angiosperm
Pinus silvestris, flower enlarged approx. 18 times, stamen
in SOMSO-Plast. After
piece. On a stand with base
with explanatory note.
Polygonum-type, enlarged
After Prof. Dr. W. Jung. On a
base with explanatory key.
weight: 3.3 kg.
BoS 15/31 ·
Scotch Pine, Female
Pinus silvestris, inflorescence
seed scale with seed arrangements and covering scale
enlarged approx. 80 times, in
Dr. W. Weber. Upper part
removable. On a stand with
BoS 15/31
BoS 19
BoS 15/7 · Model
showing germination
A collection for comparing
the germination of rye (10 times enlarged), bean (5 times
enlarged), and fir (20 times
enlarged). In SOMSO-Plast.
After Prof. Dr. W. Jung and
Prof. Dr. W. Weber. Separates
BoS 15/7
35
S E PA R A B L E SOMSO
BOTANY
FLOWER MODELS
–
AN EVE R E XPAN D I N G CO L L E CT I O N
DICOTYLEDONOUS PLANTS
BoS 1 · Apple Blossom
Pirus malus, modelled from
nature, enlarged approx.
After Prof. Dr. W. Jung.
BoS 2 · Apple Blossom Nodes in Cross Section
Pirus malus, enlarged approx.
After Prof. Dr. W. Jung.
weight: 370 g.
BoS 2
BoS 3
BoS 3 · Apple Blossom Nodes in Longitudinal Section
Pirus malus, enlarged approx.
After Prof. Dr. W. Jung. In
weight: 620 g.
BoS 1
BoS 15/1 · Salvia
Pratensis, Flower
Dr. W. Jung and Prof. Dr.
W. Weber. The mechanism of
the stamens can be shown.
In one piece, on a stand
weight: 700 g.
BoS 15/6 ·
Real Camomile
BoS 15/6
BoS 15/1
Matricaria chamomilla, inflorescene (composite), enlarged
approx. 9 times, in SOMSOPlast. Ligulate flower 20 x
magnification, tubular flower
80 x magnification. After
BoS 15/16
BoS 15/15
BoS 15/19 · Dandelion,
Inflorescence,
individual Blossom
and Fruit
Taraxacum officinale, enlarged
approx. 8 times and 16 times,
made in SOMSO-Plast. After
Prof. Dr. W. Weber. The individual flower and fruit can be
removed from the base.
BoS 15/4
BoS 15/12
36
BoS 15/11 ·
Rape, Flower
Brassica napus, enlarged
Weber. Separates into 2 parts,
Heigth: 34 cm., width: 28 cm.,
BoS 15/12 · Rape Pod
Brassica napus, enlarged
approx. 8 times, made in
4 parts. On a base.
BoS 15/15 · Pea, Flower
Pisum sativum, enlarged approx. 9 times, in SOMSOPlast. After Prof. Dr. W.
BoS 15/16 · Pea, Pod
Pisum sativum, enlarged
On stand with base.
BoS 15/21 · Cultivated
Cherry, Flower
Sweet cherry, Prunus avium,
3 parts, on a stand with base.
BoS 15/4 ·
Scented Primrose
Primula officinalis (cowslip),
Dr. W. Weber. Median cut
through two heterostyled
scented primrose flowers,
enlarged approx. 13 times.
In one piece, on a stand.
BoS 15/9
BoS 15/21
BoS 15/9 ·
Potato Flower
Solanum tuberosum, enlarged
approx. 10 times, in SOMSOPlast, after Prof. Dr. W.
BoS 15/14
BoS 15/10
BoS 15/8
BoS 15/10 · Example of
"Free" Perianth Lobed
Angiosperm Blossom
Dr. W. Jung Separates into 11
parts. On a base with explanatory note. Height: 54 cm.,
weight: 2.4 kg.
BoS 15/19
BoS 15/14 · Flower
of Willow, Male and
Female
Dr. W. Weber. In one piece.
BoS 15/20 · Buttercup, Flower and Fruit
Tall buttercup, Ranunculus
acer, flower enlarged approx.
10 times, fruit enlarged approx. 20 times, in SOMSOPlast. After Prof. Dr. W.
Weber. In one piece. Flower:
Fruit: Height: 30 cm.,
weight: 600 g.
Can be delivered as single
models BoS 15/20-A, flower
and BoS 15/20-B, fruit.
BoS 15/8 · Flower of
the Grape Vine
BoS 15/33 · Fruit of
the Cacao Tree
Vitis vinifera, enlarged approx.
Theobroma cacao.
Naturzal size. Made of
SOMSO-Plast. According
to Prof. Dr. W. Weber.
Dismantable in 7 parts.
Height: 30 cm., width: 17,5 cm.,
depth: 17,5 cm., weight: 2 kg.
BoS 15/20-B
BoS 15/20-A
BoS 15/33
BoS 15/11
37
SOMSO
BOTANY
O R I G I N A L S A R E O U T S TAN D I N G F O R T H E I R
C OMBI N AT I O N O F CR A F T M A N S H I P A N D S CI E N T I F I C A CCU R A CY
PLANT CELL
PLANT MORPHOLOGY
BoS 16 · Plant Cell
BoS 22/7 · Root of
shallot bulb
Dr. W. Jung. Showing the
microscopic structure.
In one piece. On a base.
BoS 16/1 · Plant Cell
Enlarged approximately 6000
times, made in transparent
special plastic material. In
weight: 1.7 kg.
BoS 16/2 ·
Chloroplast of
Higher Plant
Enlarged approximately
60,000 times, in SOMSOPlast. Separates into 2 parts.
On stand with base.
Allium ascalonicum, sectional
model, enlarged approx.
In one piece, on a base
with key. Height: 10.5 cm.,
weight: 1.8 kg.
BoS 22/7
BoS 22/5-E ·
Young Root of the
Buttercup
ranunculus acer. Sectional
model, enlarged approximately 300 times, in SOMSOPlast. A per Prof. Dr. W. Jung
and overworked by Prof.
Dr. W. Weber. In one piece,
on a base. Height: 13 cm.,
width: 39,5 cm., depth: 28 cm.,
weight: 2.3 kg.
BoS 22/5-E
BoS 21 ·
Anatomical Structure
of Pine-Wood
Pinus silvestris, enlarged approx. 350 times, in SOMSOPlast. After Prof. Dr. W. Jung.
In one piece, on base with explanatory key. Height: 15 cm.,
weight: 5.2 kg.
BoS 22/3
BoS 22/6
BoS 21/1 · Section
through a Two Year
Old Twig of the
Lime-Tree
Tilia sp., enlarged 350 times, in
SOMSO-Plast. After models
and drawing by Prof. Dr. W.
Jung. In one piece, on a base.
BoS 21
BoS 16/1
BoS 16/2
38
BoS 16
BoS 22/3 ·
Section through the
Peripheral Part of a
Monocotyle Stem
BoS 17/1 · Section
through the Leaf of
the Helleborus
Maize, Zea mays, enlarged approx. 550 times, in SOMSOPlast. After Prof. Dr. W. Jung.
In one piece, on a base plate
with explanatory key.
BoS 22/6 · Cross-Section
through the perpheral
section of a stem (Caulis)
Enlarged approximately
After Prof. Dr. W. Weber. In
one piece, on a base.
Enlarged 700 times, in SOMSO-Plast. After Prof. Dr. W.
Weber. In one piece, on a stand
with base and explanatory key.
BoS 17/2 · Stomate of
the Underside of a
Christmas Rose Leaf
BoS 17
Helleborus niger, many times
enlarged, in SOMSO-Plast.
After Dr. Gerlach, Botanical
Institute Erlangen. Separates
weight: 6.6 kg.
BoS 17/2
BoS 22/4-E · Section
through the Stem of
a Year Old Dicotyle
Plant
Lime-tree, Tilia sp., somewhat
simplified, enlarged approx.
After Prof. Dr. W. Jung. On a
base with explanatory key.
weight: 2.8 kg.
BoS 21/1
BoS 22 ·
Open Collateral
Conducting Bundle of
a Dicotyle Plant
SOMSO-Plast. After Prof. Dr.
W. Jung. In one piece, on a
BoS 17 · Deciduous Leaf
Enlarged 700 times, in SOMSO-Plast. After Prof. Dr. W.
Weber. Transverse and longitudinal sections showing the
microscopic formation. In one
piece. On a base plate.
depth: 12 cm., weight: 2.8 kg
BoS 22
BoS 17/1
BoS 22/4-E
(in preparation)
39
M EDICAL P HANTOMS
REALISTIC
SEIT
L E A R N I N G WI T H
MEDICAL P HANTOMS , W H I CH M E E T H I G HEST
S CI E N T I F I C R E Q U I R E M E N T S .
With an extensive programme of medical
phantoms, which make training possible
in line with standard usage, SOMSO makes
an important contribution for the training
of maintenance personnel and physicians.
Request to your information the special
catalog for medical phantoms.
Special brochure A 76/8, ©Copyright by Marcus Sommer SOMSO Modelle, June 2003

SOMSO MODELLE Nature is Our Model

Transcription

Similar documents

Somso Nature Models

Untitled

Somso Modelle Nature is our Model

rabbinic reflections - American Jewish Archives

Fall 2014 - Friends of Alta

www .dgmim.de - Deutsche Gesellschaft für mukosale Immunologie